Super miniaturized LTCC filter using novel composite resonators

T. Ishizaki, M. Yamada, R. Miyamoto, M. Yoneda
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引用次数: 2

Abstract

To develop a miniaturized LTCC bandpass filter, new resonator topology is proposed. A parallel sub-resonator and a series sub-resonator are connected in parallel to form a composite main-resonator. Parasitic components are positively incorporated in each sub-resonator, where the space is efficiently utilized in multiple ways. It is inspired from a CRLH-resonator with left-handed and right-handed components. The combination of sub-resonators makes the resonance frequency much lower, resulting in filter miniaturization. The resonator performance is analyzed. An experimental filter is fabricated with state-of-the-art LTCC technology. The simulated and the measured results show very good agreement. Thus, it is confirmed that the proposed filter is effective for filter miniaturization.
采用新型复合谐振器的超小型化LTCC滤波器
为了研制小型化的LTCC带通滤波器,提出了一种新的谐振腔拓扑结构。并联子谐振器和串联子谐振器并联连接形成复合主谐振器。寄生组件被积极地整合到每个子谐振器中,其中空间以多种方式有效地利用。它的灵感来自于一个具有左手和右手分量的crlh谐振器。子谐振器的组合使谐振频率大大降低,从而使滤波器小型化。分析了谐振器的性能。用最先进的LTCC技术制作了一个实验滤波器。仿真结果与实测结果吻合较好。验证了该滤波器对滤波器小型化的有效性。
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